Quantum teleportation is quite intimidating when it comes to its application, but at the same time involves imperfections in its process, which render efficient communication and fidelity of the system [1]}. These imperfections can be imposed by photon loss in environment-decoherence or result of sequence of operations that are applied for the processing of teleportation [2]}. Thus, the technology opted for quantum teleportation plays a strong part in improving the system fidelity and reducing decoherence. As a result, modeling of quantum decoherence is taken into consideration for noiseless communication through quantum teleportation [1]}.
